#Lean
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Lean's Creator on the Future of AI and…
Lean's Creator on the Future of AI and Formal Verification
Lean theorem prover creator Leo de Moura discusses the future of AI and formal verification on Hacker News, analyzing how Lean can serve as a trusted verification layer for AI reasoning and AI's dual impact on the barriers and scaling challenges of formal verification.
Lean Officially Integrates Verified Kernel, Achieving Breakthroughs in Both Reliability and Performance
Lean theorem prover officially releases a formally verified kernel, improving proof trustworthiness and strengthening the trusted computing base. This article analyzes its ecosystem impact, performance trade-offs, and community reaction.
Getting Started with Lean Programming: Turning Requirements into Machine-Verified Theorems
From bounded counters to inventory state invariants, this article shows how to use Lean to turn requirements into mathematical specifications and machine-checked proofs, and explains what formal verification does and does not guarantee.
OpenAI Releases Formal Math Proofs: 4 Open-Source AI Math Tools You Can Run Locally
OpenAI open-sources Lean formal proofs for Navier-Stokes problems. This article covers 4 open-source AI math tools—positioning, capabilities, and hardware requirements—to help you choose the right one.
TutorialsTerence Tao Uses Claude Code for Math Proof Review: Red Team Tasks More Valuable Than Blue Team
Terence Tao demos how Claude Code assists Lean math formalization through red team tasks: code review, style checking, and refactoring rather than proof generation.